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The goal of this project is to develop a robust and scalable solution that can automatically identify and classify potholes in real-time using image and video data from various sources, such as dashcams, traffic cameras, or drones.

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PODOR

The goal of this project is to develop a robust and scalable solution that can automatically identify and classify potholes in real-time using image and video data from various sources, such as dashcams, traffic cameras, or drones. image

Pothole Severity determination

We determine the severity of a pothole based on its size Area of bounding box for each pothole= ((ymax-ymin) *(xmax-xmin)) Take the area of the largest pothole in the image and compare it with a threshold.

  • Area > threshold -> Severity = High
  • Area within threshold range -> Severity = Medium
  • Area < threshold -> Severity = Low
  • Threshold range was determined by running the tests on a batch of images.
  • Number of potholes in an image with the score more than the threshold value (0.5)

Proposed Architecture for downstream integration

image

Models (unable to upload models due to large file size)

  • MaskRCNN
  • DeeplabV3 ResNet101

Credits

  • The team would like to express gratitude to Datature for providing their platform for images annotation

About

The goal of this project is to develop a robust and scalable solution that can automatically identify and classify potholes in real-time using image and video data from various sources, such as dashcams, traffic cameras, or drones.

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